Shinomiya, Nariyoshi, Minari, Jusaku, Yoshizawa, Go, Whitby, Simon, Shang, Lijun and Dando, Malcolm (2023) Proposals for future governance of GOF research of the kind that creates ePPPs. In: NSABB meeting, 27 January 2023, Online. (Unpublished)
Whitby, Simon, Dando, Malcolm and Shang, Lijun (2022) Dual-use research needs international oversight. Nature, 609 (895). ISSN 1476-4687
Novossiolova, Tatyana, Whitby, Simon, Dando, Malcolm and Shang, Lijun (2022) Strengthening biological security after COVID-19: using cartoons for engaging life science stakeholders with the Biological and Toxin Weapons Convention (BTWC). Journal of Biosafety and Biosecurity, 4 (1). pp. 68-74. ISSN 2588-9338
Shang, Lijun, Whitby, Simon and Dando, Malcolm (2022) Strengthening the Biological and Toxin Weapons Convention after COVID-19: reaching agreement on a code of conduct and biological security education at the 2021, 9th Review Conference. In: The Coronavirus Pandemic and the Future: Virology, Epidemiology, Translational Toxicology and Therapeutics. Royal Society of Chemistry, pp. 554-567. ISBN 9781839166785
Edwards, Brett, Novossiolova, Tatyana, Crowley, Michael, Whitby, Simon, Dando, Malcolm and Shang, Lijun (2022) Meeting the challenges of chemical and biological weapons: strengthening the chemical and biological disarmament and non-proliferation regimes. Frontiers in Political Science, 4 (805426). pp. 1-15. ISSN 2673-3145
Crowley, Michael, Dando, Malcolm, Edwards, Brett, Novossiolova, Tatyana, Shang, Lijun and Whitby, Simon (2022) Statement on biological security education to the Biological Weapons Convention - Ninth Preparatory Committee on behalf of the Biological Security Research Centre, London Metropolitan University, UK [video]. In: Biological Weapons Convention - Ninth Preparatory Committee, 4 - 11 April 2022, Palais des Nations, United Nations Office at Geneva.
Crowley, Michael, Dando, Malcolm, Edwards, Brett, Novossiolova, Tatyana, Shang, Lijun and Whitby, Simon (2022) Statement on biological security education to the Biological Weapons Convention - ninth preparatory committee on behalf of the Biological Security Research Centre, London Metropolitan University, UK. In: Biological Weapons Convention - Ninth Preparatory Committee, 4 - 11 April 2022, Palais des Nations, United Nations Office at Geneva.
Shang, Lijun, Whitby, Simon and Dando, Malcolm (2021) Strengthening the biological and toxin weapons convention after COVID-19: reaching agreement on a code of conduct and biological security education at the 2021 9th review conference. In: The Coronavirus Pandemic and the Future: Virology, Epidemiology, Translational Toxicology and Therapeutics. Royal Society of Chemistry, London. ISBN 9781839163067
Novossiolova, Tatyana, Whitby, Simon, Shang, Lijun and Dando, Malcolm (2021) Enhancing the governance of dual-use life science research through effective implementation of codes of conduct for life scientists. In: ECCO XXXIX Virtual Meeting, 22-24 September 2021, online. (Unpublished)
Shang, Lijun, Novossiolova, Tatyana, Edwards, Brett, Whitby, Simon, Crowley, Michael and Dando, Malcolm (2021) Informing policymakers of the progress in strengthening the chemical and biological weapons non-proliferation regime. Project Report. London Metropolitan University, London.
Shang, Lijun, Novossiolova, Tatyana, Crowley, Michael, Edwards, Brett, Whitby, Simon and Dando, Malcolm (2021) Biological and chemical security after COVID-19: options for strengthening the chemical and biological weapons disarmament and non-proliferation regimes. Project Report. B&H Digital Print, Huntingdon.
Whitby, Simon, Tang, Cheng, Shang, Lijun and Dando, Malcolm (2020) After COVID-19: time to agree a biosecurity code of conduct under the biological and toxin weapons convention (article). CBW Magazine: Journal on Chemical and Biological Weapons, 13 (1-2). pp. 60-74. ISSN 0974-0619
Whitby, Simon, Tang, Cheng, Shang, Lijun and Dando, Malcolm (2020) After COVID-19: time to agree a biosecurity code of conduct under the biological and toxin weapons convention (book chapter). In: COVID-19 analysing the threat. Pentagon Press, New Dehli, pp. 361-379. ISBN 978-93-90095-07-0